The Electrospinning machine, ESM-30-S model, is a basic electrospinning machine developed by our company based on user needs. This cost-effective electrospinning machine has the basic functions of electrospinning experiments, and a simple and efficient operation panel provides comprehensive support and comprehensive safety protection for electrospinning experiments.

1. Compact design without occupying too much space
2. Three sided window for easy observation of spinning experiments
3. Independently developed software, modular operation, intuitive and convenient
4. Built in high-precision micro pump, continuous feeding without stopping
5. High voltage power safety lock to prevent accidental opening
6. Integrated drum receiver for smooth and non shaking operation
7. High brightness and high spot LED light, visible to the naked eye during the spinning process
8. Multiple security protection to ensure the safety of laboratory personnel

High precision micro pump | built-in high-precision injection device

1. High voltage resistant design, can be placed inside the chassis for use to avoid high-voltage breakdown.
2. High precision propulsion device, continuous feeding without stopping, adjustable accuracy can be precise to seconds per unit.
3. There is no hose connection between the needle and the syringe, making it easy to use. Simultaneously saving samples, special suitable for spinning small quantities of precious samples.
4. Each micro pump can directly push 2 syringes, with a maximum of 2 needles used to increase spinning efficiency.
5. There is a calibration function in the area, and calibration can be carried out as needed to ensure accurate experimental data.
6. Safety device with spinning time and push plate limit settings.

1. X-direction: With a ruler, the distance between the needle and the receiver can be manually adjusted.
2. Y direction: With calibration function, it can move back and forth along the receiver plane. Can be set in the middle position, movement amplitude, and movement speed.

1. Used for heating during the experimental process.
2. Properly turning on heating and ventilation can achieve dehumidification effect.